The Church of Robotron is coming to Portland, OR. We will be open the Last Wednesday of September (the 24th) and the First Thursday of October (the 2nd) starting at 7pm both nights at the Diode Gallery (514 NW Couch St) which is across the street from Ground Kontrol. We'll have multiple versions of Robotron 2084 available to train with and we will be triggering physical events in response to game events. One example: lasers when lasers are shot in game. For info about how this is accomplished, check out this older post.
Right now, we have an installation in the window at the gallery which is running 24/7 until October 3rd. It features a fully playable version of Robtron 2084, sermons, and a leaderboard that has pictures of all who attempt to become the mutant savior. Here's a video of it:
The window sensor is a capacitive sensor that was made by Philip Odom. He used the same techniques he taught during the Capacitive Sensing Workshop. Jason Plumb got audio working by using a transducer that turns the window into a speaker. The sign was built by Debbie Wager. Finally, this was all integrated together by the rest of the church.
Come check out the window anytime! Come to our open nights (9/24 & 10/2), check out this post for an idea of what to expect!
A free workshop at Flux
DorkbotPDX is happy to offer a 4-hour intro to Processing -- a graphics programming environment. Students will learn the basics of Processing.
No prior programming experience required!
Source code: Processing_Fundamentals
Thanks to everyone that presented (especially the new folks during OpenDork) and to thanks to everyone that came out!
Glenn Phillips, Self Balancing Robots (http://glennselectric.blogspot.com/):
Church of Robotron (http://churchofrobotron.com)
Video from the Open Mic Surgery Event.
These videos never made it to the site, I'm fixing that now! Thanks to everyone that came out! (Mouse over blank area below to trigger video loads.)
Use MAME's debugger to reverse engineer and extend old games
For the Church of Robotron's installation at Toorcamp 2012, we needed to be able to trigger physical events when game events happened in Robotron 2084. A quick summary for context:
We choose to use MAME's debugger to detect game events and notify other pieces of software when they happened. This is a quick tutorial for others (and a reminder to ourselves) if you're interested in doing similar things. We're going to find out how to detect player death!
I went to the DorkbotPDX Open Lab today (Feb 26th, 2012) at ADX and sat down to play with the Kinect I got a while ago. The result is a "Cat Sequencer" that uses the Kinect to trigger samples. There are two looping samples and one non looping sample. The trigger areas for the samples have been placed around the plates. They are visible on the computer as cubes. The more solid the cubes the more filled the trigger area is. Once the trigger is filled enough, it plays a sample. Read on for more details and code.
Processing is an open source programming language and environment for people who want to create images, animations, and interactions. During this workshop we will explore this environment and make some fun graphics! This workshop is aimed at people with little to no programming experience who want a playground to explore programming and graphics and for experienced programmers that just want an overview of what processing offers.
I got a desk from Jason with arcade buttons in it. I finally got around to hooking it up to a Teensy (http://www.pjrc.com/teensy/) and now the buttons control my music player and allow me to smite my enemies.
I'm playing with a FPGA starter kit board and decided to blog about my learning process. I got the board from Jared at Sharebrained, thanks! The board I have is a Spartan-3 Board from Digilient. It has a Xilinx FPGA on it. It also came with a JTAG-USB cable which could end up be useful with other projects?